Heating radiators "Tipido"
The domestic factory for the production of aluminum radiators “Tipido” produces modern products that have high thermal performance, resistance to high pressure. Thermal indicators are one of the main advantages of TIPIDO radiators, because the higher this indicator is, the more efficiently the entire heating system will work, which will lead to savings when heating the room. For proper circulation of coolant in high-rise buildings, increase the pressure in the heating system, which can lead to breaks in the joints, and this is the main cause of radiator leaks. Our radiators have a monolithic design, which excludes unreliable nipple and threaded connections. And they are tested under high pressure, which exceeds the pressure even with hydraulic shocks when starting the heating system.
Technical characteristics of TIPIDO heating radiators
The main characteristics of TIPIDO-500:
Heat transfer of 1 section at ∆t = 70 ° C to W 210
The main characteristics of TIPIDO-300:
Heat transfer of 1 section at ∆t = 70 ° C to W 126
The main characteristics of TIPIDO-200:
Heat transfer of 1 section at ∆t = 70 ° C to W 84
To check the thermal performance, radiators "TIPIDO" are tested and certified by the State Standard of Kazakhstan. Since we are a production plant, we can manufacture heating radiators of individual sizes, for example, if the space between the floor and the window sill is of a non-standard size. In this case, we can manufacture radiators with any height from 200 mm to 800 mm, as well as from 5 to 20 sections.
Also a big plus will be the possibility of using radiators for both single-pipe and two-pipe heating systems.
TIPIDO aluminum radiators stand out among the Chinese and Italian models with their thermal properties, namely:
|Highly cleaned aluminum with full anodic oxidation of surfaces||In the monolithic construction, the use of seals, threaded, nipple joints between sections is excluded.||Structural strength - each radiator is tested with an overpressure of 40 atm..||Highest heat emission up to 210W at ∆t = 70°C|